Pall PRO XL-A Crossflow Microfiltration System

Since 1946, Pall has innovated in science and technology to tackle complex filtration, separation, and purification challenges. The Oenoflow PRO XL-A System is designed to assist wineries in achieving two key objectives: reducing energy consumption to support net-zero carbon emission goals and minimizing water usage, given significant water scarcity in many regions. This system employs Pall's proven hollow fiber membranes, renowned for their robust mechanical strength and excellent chemical resistance, enabling high productivity and enduring exposure to rigorous cleaning processes. The system's large surface area modules facilitate the creation of compact systems with reduced water and chemical consumption, aligning with winery conservation initiatives. The Oenoflow PRO XL-A systems incorporate distinctive features that allow wineries to perform clarification with minimal environmental impact while preserving wine quality. These features include Pall's unique Optimizer algorithm, PVDF membranes with enhanced mechanical strength for extended service life, high area, high flow modules for more compact and cost-effective systems, and back pulse capability for increased system productivity. The Oenoflow PRO XL-A modules feature Pall's proven symmetric hollow fiber membranes with large diameter, high flow modules, boasting at least twice the filter area of typical competitive hollow fiber modules. The module components, comprising membrane, potting, sleeve, and housing materials, include a transparent polysulfone housing for visual confirmation of filtrate quality and troubleshooting.

• Meets European safety standards: CE compliance
• Pall's exclusive Optimizer algorithm for enhanced performance
• Durable PVDF membranes with robust mechanical strength
• High surface area, high flow modules for efficient operation
• Back pulse functionality for increased productivity
• Transparent module housings for easy monitoring
• Fully automated, customizable cycles for convenience
• Onboard concentration tank for space-saving design
• Proprietary Low Concentration Volume (LCV) option for flexibility
• Automated chemical dosing for precise control
• Frequency-controlled pumps for optimal performance
• Process trend recording for data-driven insights